Desmukh Kiran

Single Walled Carbon Nanotubes

Get To Know About Single Walled Carbon Nanotubes In Detail

Single Walled Carbon Nanotubes

Single Walled Carbon Nanotubes | Image Resource : machinedesign.com

The special nature of carbon contributes a lot in enhancing exceptional properties of carbon nanotubes. Their ability to conduct high electrical as well as thermal energy has made them the best substitute for electrical purposes. Also, they have been well known for comprising of high tensile strength, toughness as well as stiffness.

Carbon nanotubes are the best example of true form of nanotechnology. They have opened up the gateway towards an incredible range of applications that include electronics, material science, energy management and many more. Single walled carbon nanotubes are taken into usage in case of biomedical applications.

Application of Single Walled Carbon Nanotubes


Scientists are on their ways to modify the surface of carbon nanotubes in order to enhance its biocompatibility along with water solubility. Recent studies have shown the fact that carbon nanotubes are highly compatible with body fluids and hardly result into any toxic effect. Due to their ability to emit high amount of current, it is being taken into usage in flat panel displays.

High density in current along with operating voltage and low turn on have made carbon nanotubes comprising of single walls to go with lightning arrestors, cold cathode and electron microscope sources. Also, they comprise of intrinsic characteristics required in electrodes of batteries as well as capacitors.

Why Carbon Nanotubes Comprising of Single Walls are so popular?


Carbon nanotubes have been well known to comprise of a tremendous high surface area, linear geometry and favorable electrical conductivity. They comprise of highest reversible capacity of carbon material to be used in case of lithium-ion batteries. Carbon nanotubes have been considered to be outstanding materials for super capacitor electrodes.

Carbon nanotubes are also supportive to serve as conductive fillers in case of electromagnetic shielding too. As they are much tougher than conventional ceramics, they are used for ceramic applications as well. Ceramic materials are hard and resistant enough all sorts of chemical attack.
 
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